The State of AI in Device Security

Learn how artificial intelligence is being utilized at Keysight for device security.

Lifespan Implications on Device Security

Outdated software can expose your device to security vulnerabilities and attacks. Learn what we recommend to avoid large-scale device security vulnerabilities.

Understanding Device Security: What We’ve Learned

What makes a device truly secure, and what does device security truly mean? To find out, we interviewed our experts.

Tesla Hacks and Device Security

Learn why a recent Tesla hack has broader implications for device security and secure enclaves.

Clock Glitching in Device Security Analysis

Learn about clock glitching in device security and how Keysight specialized tools can help you in your development.

Security Highlight: DS1050A – Choosing the Right Setup for Device Security Testing

This month’s Security Highlight breaks down the DS1050A’s standard configurations, helping you choose the best setup for your specific device security testing needs.

Shimano Di2 Vulnerability: Device Security in Sports

According to recent research, even the integrity of a cycling race could be compromised by a cyberattack.

The Roots of Riscure, Device Security, and Pre-Silicon

Dive into the story and history of Riscure, a Keysight company, with founder Marc Witteman.

Master Advanced Fault Injection Techniques at our Workshop in Delft

Join us for a hands-on advanced fault injection training and attend our device security workshop day in Delft.

Risks of Chip Shortage

The global chip shortage is leading to a variety of issues in electronics supply chains, among them device security.

A Starlink Security Evaluation

Dive into the security research on the Starlink User Terminal and its vulnerability to fault injection attacks.

Fault Injection in Neural Networks for Edge Devices

AI technologies permeate various aspects of our daily lives and are increasingly deployed on edge devices. What about hardware attacks on these devices?

What Is the US Cyber Trust Mark?

The US Cyber Trust Mark is a certification program that will strengthen IoT security by generating consumer awareness and providing incentives for device manufacturers.

What Is the US Cyber Trust Mark?

The US Cyber Trust Mark is a certification program that will strengthen IoT security by generating consumer awareness and providing incentives for device manufacturers.

The Threat of Local Attacks

Security researchers recently performed a side channel attack using emanations from a power LED — but don’t panic just yet.

Take Immediate Action to Secure Your IoT Devices Against the “regreSSHion” Vulnerability

In this post, we discuss the "regreSSHion" vulnerability in OpenSSH, which affects many IoT devices and allows unauthorized remote access. We emphasize the urgency of addressing this issue and introduce our IoT Security Assessment Product, designed to quickly identify and mitigate such threats. Our product helps both manufacturers and enterprise users swiftly secure their devices, emphasizing proactive measures over reactive responses to enhance IoT security.

Deploying Connected Devices with Confidence

Deploying IOT devices with confidence to advance business objectives without compromising reliability or security is a function of proactive security testing

Medical IoT Device Monitoring in the Healthcare Enterprise

Visibility is key for monitoring and securing Medical IoT devices

Create a Bulletproof IoT Device That Thrives in A Competitive Environment

Many individuals and organizations use IoT devices to increase productivity and profit. While IoT devices offer great convenience, having large numbers of them in a small space increases complexity in device design, test, performance, and security. Testing these devices is one of the biggest challenges today’s design engineers and device manufacturers face.

Bluetooth Security Flaws

Did you know your Apple device is still trackable even when turned off? Learn about the benefits and security risks of this feature.